Foundation models for intent prediction and path planning

Our deep neural network (DNN)-based intent prediction and path planning models, combined with surround view perception, enable a complete autonomous driving stack.

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Advantages of Helm.ai foundation models for intent prediction and path planning

Advanced urban scenario handling
Our models accurately predict the behavior of vehicles and pedestrians in complex urban environments, ensuring safe navigation in even the most challenging real-world driving conditions.
Enhanced decision-making and safety
Our foundation models make probabilistic predictions from driving scenes, planning the safest and most optimal paths and driving behaviors.
Scalable for all levels of autonomy
Our AI models seamlessly scale from high-end ADAS to large-scale L4 deployments, providing a versatile solution for all levels of autonomous driving.

KEY CAPABILITIES

DNN-based models trained in the Deep TeachingTM paradigm

Our foundation models leverage Helm.ai’s DNN innovations for accurate behavioral prediction and decision-making in autonomous vehicles. Using unsupervised training on large-scale real driving data, our models enhance accuracy and robustness by learning directly from real-world experiences.

Offline training and validation

Our models generate predicted video sequences that represent likely outcomes based on observed sensor data, enabling scalable and cost-efficient training and validation.

Probablistic predictions

Our models produce multiple plausible future frame sequences and paths consistent with the observed data, providing a robust and flexible approach to predictive tasks in autonomous driving.

Human-like driving maneuvers

Our foundation models automatically learn subtle yet crucial aspects of urban driving, enabling more natural and effective autonomous navigation.

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Explore Helm.ai’s AI software, foundation models, and AI-based development and validation tools.